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Derivations of Aspired Solutions of Green Supply Chains for Industrial Personal Computers Using the De Novo
De Novo 規劃法
Green Supply Chain
Industrial Personal Computer
De Novo Programming
Changeable Space Programming
According to the advancement of electronic technology and the rapid development and changes of the industry, people's dependence on technology products has also increased. In recent years, due to the high degree of industrial development, the relative climate anomalies, environmental damage, and human living environment have reached The extent of serious impact; as the harmful substances produced in production have caused serious pollution in the environment, people are paying more and more attention to environmental protection. The introduction of green materials and green supply-chains has become an imperative trend in the current electronics industry. When green materials and green supply-chains are introduced into the electronics industry, procurement has a significant impact on the environmental management performance of the entire green materials and supply-chain when it comes to supply-chain management. The procurement department's requirements for supply-chain materials and reverse logistics green standards and indicators will help promote the active research and development of the reverse material supply-chain and the application of green technologies, the adoption of environmentally friendly energy-saving processes, and the creation of safe and non-toxic workplaces; in order to improve the environmental awareness of suppliers, improve environmental management, and improve environmental standards. Due to the price of traditional materials, because the cost of the life cycle and the impact on the social environment does not need to be considered; the cost is lower than that of green materials. However, in addition to the cost increase, the application of green materials will increase the adverse rate generated during production. The cost of logistics materials is relatively high, especially in the industrial electronics industry, where the characteristics are customized and diversified. How can a company make production capacity and profit at the same time in a variety of industrial characteristics, so that it can optimize production efficiency and profit and achieve more with less effort in the whole green supply-chain. This study first uses the traditional linear programming method to find the ideal point for the production capacity and profit of the green materials of the industrial computer industry, and then use the changeable space programming to break through the limits of Pareto optimal solution and then obtain produce capacity and profit aspires level. The results of this study will be used as the basis for industrial computer capacity, and profit planning in the green supply-chain in the future.
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